Section Navigation

Browse



view old Literature server
logged in as: pbpl
logout
list users
F. O'Shea

First Name: F.

Middle Name:

Last Name: O'Shea

Full Name: F. O'Shea

24-tag-hot tags:


Potential Duplicate Authors:

view citation format

1 paper
title: High Average Current Betatrons for Industrial and Security Applications
format: conference procceeding
conference: PAC07
year: 2007
8 authors: S. Boucher | R. Agustsson | P. Frigola | A. Murokh | M. Ruelas | F. O'Shea | J. Rosenzweig | G. Travish
abstract: The fixed-field alternating-gradient (FFAG) betatron has emerged as a viable alternative to RF linacs as a source of high-energy radiation for industrial and security applications. For industrial applications, high average currents at modest relativistic electron beam energies, typically in the 5 to 10 MeV range, are desired for medical product sterilization, food irradiation and materials processing. For security applications, high power x-rays in the 3 to 20 MeV range are needed for rapid screening of cargo containers and vehicles. In a FFAG betatron, high-power output is possible due to high duty factor and fast acceleration cycle: electrons are injected and accelerated in a quasi-CW mode while being confined and focused in the fixed-field alternating- gradient lattice. The beam is accelerated via magnetic induction from a betatron core made with modern low- loss magnetic materials. Here we present the design and status of a prototype FFAG betatron, called the Radiatron, as well as future prospects for these machines.
keywords: pbpl_pub  

Download | View | Details | edit | delete